So in class we threw an egg into a blanket and it didn't break. What would be the cause? Speed, mass, momentum, or force. It's force, right?
In the class demo of throwing an egg, the egg did not break since the _____ was tiny.
In the class demonstration of throwing an egg into a blanket and it not breaking, the reason for the egg not breaking is due to the force applied being relatively small. When an object is thrown, it experiences a force which can affect its motion and potential for breaking upon impact. The force exerted on an object is directly related to its mass and acceleration (Newton's second law of motion), with the formula F = m*a, where F represents force, m represents mass, and a represents acceleration.
In the context of the egg experiment, since the egg did not break, we can infer that the force applied to it was not sufficient to exceed its breaking point. This could be due to a combination of factors including the speed of the throw, the mass of the egg, and the resulting momentum. While each of these factors can contribute to the overall force experienced by the egg, it ultimately depends on the magnitude of the force applied.
Therefore, in this case, it is accurate to say that the reason the egg did not break is due to the force being relatively small compared to the breaking point of the eggshell.